Europe

CTISKIN™ by CTIBIOTECH™: World first ethical skin testing via ZOOM #33

CTISKIN™ by CTIBIOTECH™ develop innovative solutions to perform preclinical safety and efficacy evaluation of active ingredients, dermatocosmetics, personal care and hair care products, therapeutic candidates, cell therapies, aesthetic devices, and medical devices.

Access CTIBIOTECH™ ‘s human cells and tissues accredited biobank inventory (over 50,000 human biological specimen), test your ingredients and products with contract research or develop a novel human skin model our open innovation program.

CTISKIN™ by CTIBIOTECH™ provide:

• CTISKIN™ Ex vivo kit: standardized and ready-to-use skin testing solution. We provide fresh skin biopsies immediately after surgery, biopsies that can be used for up to 11 days post-surgery. Our network of 200 healthcare professionals worldwide procures healthy and diseased skin, hair, scalp, and on-demand tissues from living donors with ethical consent.
• CTIBabySkin® Kit: Did you know that umbilical cords, often discarded after childbirth, can become a valuable resource for research? With the CTIBabyskin® Kit these tissues are repurposed to create an Ex Vivo sensitive skin model, a solution for baby and infant products.
• CTISKIN™ Haircare: Use our scalp discs biopsies or micro-dissected hair follicles grown in culture in 3D for the evaluation of certain proteins involved with hair maintenance and growth.
• CTISKIN™ Single Donor Kit: From 2 to 6 human skin cell types from the same donor (keratinocytes, fibroblasts, adipocytes, sebocytes, melanocytes, blood/immune cells) to reduce biological ariations in your assays, with specific cell culture media and protocol.
• CTISKIN™ MultiSkin: 3D-Bioprinted full artificial skin models (dermis & epidermis) from one donor’s skin cells. More than 10 years of extensive R&D nurtured this powerful & flexible technology to screen ingredients, finished products or for preclinical high throughput efficacy evaluation. This unique additive manufacturing technology enables 3D-Bioprinting of hundreds of full-thickness skin tissues with immunocompetent and accessory cells (macrophages, neutrophils, T-cells etc), hair follicles, sebaceous glands, vascular endothelium, or melanocytes.